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|
package handlers
import (
"context"
"log"
"sort"
"task-dashboard/internal/api"
"task-dashboard/internal/models"
"task-dashboard/internal/store"
)
// BuildUnifiedAtomList creates a list of atoms from tasks, cards, and google tasks
func BuildUnifiedAtomList(s *store.Store, claudomator api.ClaudomatorClient) ([]models.Atom, []models.Board, error) {
tasks, err := s.GetTasks()
if err != nil {
return nil, nil, err
}
boards, err := s.GetBoards()
if err != nil {
return nil, nil, err
}
gTasks, err := s.GetGoogleTasks()
if err != nil {
// Log but don't fail if gtasks fails (might be new/not configured)
log.Printf("Warning: failed to fetch cached google tasks: %v", err)
}
atoms := make([]models.Atom, 0, len(tasks)+len(gTasks))
// Add incomplete tasks
for _, task := range tasks {
if !task.Completed {
atoms = append(atoms, models.TaskToAtom(task))
}
}
// Add incomplete google tasks
for _, gTask := range gTasks {
if !gTask.Completed {
atoms = append(atoms, models.GoogleTaskToAtom(gTask))
}
}
// Add cards with due dates or from actionable lists
for _, board := range boards {
for _, card := range board.Cards {
if card.DueDate != nil || isActionableList(card.ListName) {
atoms = append(atoms, models.CardToAtom(card))
}
}
}
if claudomator != nil {
stories, err := claudomator.GetActiveStories(context.Background())
if err != nil {
log.Printf("Warning: failed to fetch Claudomator stories: %v", err)
} else {
for _, s := range stories {
atoms = append(atoms, models.StoryToAtom(s))
}
}
}
// Compute UI fields for all atoms
for i := range atoms {
atoms[i].ComputeUIFields()
}
return atoms, boards, nil
}
// SortAtomsByUrgency sorts atoms by urgency tier, then due date, then priority
func SortAtomsByUrgency(atoms []models.Atom) {
sort.SliceStable(atoms, func(i, j int) bool {
tierI := atomUrgencyTier(atoms[i])
tierJ := atomUrgencyTier(atoms[j])
if tierI != tierJ {
return tierI < tierJ
}
if atoms[i].DueDate != nil && atoms[j].DueDate != nil {
if !atoms[i].DueDate.Equal(*atoms[j].DueDate) {
return atoms[i].DueDate.Before(*atoms[j].DueDate)
}
}
return atoms[i].Priority > atoms[j].Priority
})
}
// PartitionAtomsByTime separates atoms into current and future lists
// Recurring tasks that are future are excluded entirely
func PartitionAtomsByTime(atoms []models.Atom) (current, future []models.Atom) {
for _, a := range atoms {
// Don't show recurring tasks until the day they're due
if a.IsRecurring && a.IsFuture {
continue
}
if a.IsFuture {
future = append(future, a)
} else {
current = append(current, a)
}
}
return
}
// atomUrgencyTier returns an urgency tier for sorting:
// 0 = overdue, 1 = today with specific time, 2 = today no time, 3 = future, 4 = no due date
func atomUrgencyTier(a models.Atom) int {
if a.DueDate == nil {
return 4
}
if a.IsOverdue {
return 0
}
if a.IsFuture {
return 3
}
if a.HasSetTime {
return 1
}
return 2
}
|
